An indispensable system when ensuring quality & safety of products to keep customers satisfied.
Lets read a temperature tracking or monitoring short story:
A food logistics company was using a truck to deliver a range of fresh fruit and vegetable products to customers. However, the company had not invested enough in temperature tracking monitoring reporting systems until this time. This would turn into a big problem over time.
One day, the truck set out again to make its routine deliveries. However, the truck’s cooling system had carried frozen goods the day before. As the truck hit the road, the temperature inside began to drop rapidly. The driver was unaware about the freezing problem. He faced freezing temperatures of fruit and vegetables in the truck. From the management and the driver, no one noticed the freezing issue.
Finally, when the truck reached customers, the fruits and vegetables were frozen. Customers were unpleasantly encountered with frozen products.
Summage of the temperature issue event:
This event highlights the importance of correct temperature conditions in cold chain logistics. Proper operation of refrigeration systems and maintaining the appropriate temperature range are critical to ensuring the quality and freshness of products. An effective monitoring system (LINK like “Sense Anywhere”) can detect unexpected problems like freezing and you can intervene so customers can be provided with reliable and healthy products.
Do you know that temperature tracking, monitoring and reporting, can be greatly facilitated with an accurate systematic reporting process. Once you have a well-designed thermal tracking and monitoring system, you can use automated or semi-automated processes to collect and report the required data. Here are some factors that are essential to facilitate temperature tracking and monitoring reports:
Automatic data logging: When you have a good temperature tracking and monitoring system, temperature data is automatically recorded via sensors or devices. This eliminates the need for manual data entry and improves accuracy. In this case RFID plays a great roll.
Real-time data monitoring:
Monitoring systems allow you to monitor data in real time. Thus, you can instantly see the current temperature status and receive warnings about abnormal situations. This enables rapid response and makes it easier to resolve problems.
Data analytics and reporting tools:
Analytical and reporting tools integrated into a good temperature tracking and monitoring system allow you to create meaningful reports by processing the collected data. These tools help you monitor temperature trends, statistics, and compliance with the targeted temperature range.
Customizable reports:
A good system offers users the ability to customize reports to fit their needs. This allows you to perform detailed analysis by focusing on temperature data of specific products or regions.
Warnings and notifications:
The system can send automatic alerts or notifications when the specified temperature range is exceeded. This way, you can intervene immediately and solve problems.
Accurate systematic reporting greatly facilitates the data collection and analysis processes in the temperature monitoring process. Because it is important to ensure the quality and safety of products and can improve the efficiency of your logistics operations.
We can help you with more information about SenseAnywhere’s temperature and/or humidity monitoring systems. CO2 gas measurements can also be integrated into the system. Contact now!
Temperature and Humidity Mapping
Temperature and humidity mapping in cold storage is a technique used to determine environmental temperature and humidity levels and to visualize this information on maps or graphs. This method is used in many application areas such as understanding the overall temperature and humidity distribution in a cold store, evaluating local climate characteristics, increasing energy efficiency or detecting structural problems.
Humidity and temperature mapping is a method that generally uses humidity measuring devices and sensors. Measurements are made to determine the amount of water vapor in an environment and the saturation level of the air. RH measurements are usually expressed as relative humidity (RH) or absolute humidity values (g/m³). It is used in areas such as humidity mapping, analysis of climatic conditions, agricultural practices, evaluation of building ventilation. All because moisture mapping can also be used to identify damp areas that may cause condensation, mold or rot in certain areas.
Note: Heat mapping can also be performed by recording temperatures with a special camera using infrared light. (But this is not a standard for us)
Heat and humidity mapping is an important tool to better understand the climatic characteristics of a region and identify existing problems. These maps can contribute to decision-making processes in areas such as improving energy efficiency, addressing climatic disturbances or building maintenance.
